KR101300142B1 - The equipment for a downhill leisure sports - Google Patents

Abstract

PURPOSE: A fly leports apparatus is provided to descend according to a path which includes various curves which are not straight. CONSTITUTION: A fly leports apparatus comprises multiple pillars(1) which is vertically built in at a constant interval; a rail(2) which is consecutively extended by connecting the pillar; and a downhill apparatus which is equipped to the rail and clings a human or an object to the lower part. The top portion of the pillar has a horizontal frame(11) which is extended to one side or both sides and a rail is combined to the upper side center by having an available space at both end portions of the horizontal frame and the top side of the rail.

Description

Downhill sports equipment {The equipment for a downhill leisure sports}

The present invention relates to a downhill sporting apparatus, and in more detail, a leisure apparatus for hanging a person and sliding down by a height difference is a house line using a wire, but a more stable and curved driving of a desired path is possible. It relates to a downhill sporting device developed for this purpose.

In the past when life was not good, resolving rituals was an important goal and a major part of life. However, after abundant life, various cultures and sports for leisure time began to develop.

In addition to leisure and leisure sports, Lesports combines sports, skiing, water skiing, bicycle trekking, scuba diving, and survival games. The trend is expanding and increasing.

Recently, if a zip line or a zip wire gliding a certain section using a wire is installed in various places, there is an increasing number of people who want to enjoy this.

However, when using a wire, both ends of the wire should be connected to a high zone and a relatively low zone, but the tension should be maintained by minimizing the deflection in the middle. Periodic checks were necessary to control tension as the wires could not effectively cope with expansion and contraction of wires due to temperature changes.

(Patent Document 1) Republic of Korea Utility Model Registration No. 20-0201005-0000 (August 16, 2000) (Patent Document 2) Republic of Korea Utility Model Registration No. 20-0453067-0000 (March 29, 2011) (Patent Document 3) Korean Patent Registration No. 10-1122520-0000 (February 24, 2012)

The present invention has been developed to solve the above problems, the object of the present invention is to develop a downlink sports apparatus that can slide along a path including a variety of curves rather than a straight downhill.

In addition, the present invention is to develop a downlink sports apparatus that allows easy removal and assembly of the sliding apparatus after finishing sliding along a rail.

In order to achieve the above object, the present invention provides a plurality of struts vertically installed at regular intervals, a rail continuously extending by connecting the struts, and a sliding glide mounted on the rail and hanging by a person or an object thereunder. A downhill sports apparatus, comprising: a apparatus;

The upper portion of the support is provided with a horizontal frame extending to one side or both sides, the rail is coupled to the center of the upper surface with a free space on both ends of the horizontal frame and the upper surface of the rail;

The sliding device has three first driving rollers which rotate in close contact with the upper and lower sides and adjacent sides of the rail, and consists of one metal piece to surround both sides and the upper surface of the first driving roller located at the top and extend downward. A first bracket is formed to surround the top and bottom and one side of the first driving roller of the side surface and bend to surround both sides and the bottom of the first driving roller of the lower side, and the first driving roller and the first bracket The second drive roller and the second bracket formed on the other side symmetrical with one side of the rail to be mounted, and one side is mounted in front of the lower end of the first bracket and vertically bent downward, and then back to the center and vertical bottom of the bottom of the rail The first bent piece that is horizontally bent and one side is mounted at the rear of the lower end of the second bracket and vertically bent downward, and then the center of the bottom surface of the rail The second bent piece horizontally bent vertically lower, the upper end is fixed to the lower end of the first bent piece and the first fixing groove formed along the outer diameter in the upper and rear through the first hinge hole penetrated back and forth through the bottom A first fixing rod having a first binding hole and an upper end fixed to a lower end of the second bending piece, and a second hinge hole penetrated back and forth through the upper part, and a second fixing groove formed along an outer diameter in the middle and through the lower end thereof. A second fixing rod having a second binding hole formed therein, a hinge rod inserted into the first to second hinge holes, and a rear end adjacent to the second fixing groove and then hinged to surround the first and second fixing grooves. And sliding device consisting of a forceps-proof spreading tongs that are engaged with each other in front of the first fixing groove fixed to each other;

The first to second binding holes are connected together, and the lower portion is characterized in that it comprises a vehicle comprising a binding ring connected to the occupant.

In addition, each of the first to second fixing rods has first to second hinge holes penetrated back and forth at the upper portion, first to second fixing holes penetrated back and forth at the middle of the middle portion, and first to second binding holes penetrated back and forth at the lower end. Having;

One side end is characterized in that the fixing pin having a handle is configured to be inserted and fixed to the first to second fixing holes.

In addition, the connection between the rail and the horizontal frame is formed with two square pipe-shaped rails at the connecting portion, the first through-hole vertically penetrated adjacent to the contact portion is formed, the inner end surface of the provided rail A square block having an outer surface corresponding to the second block and having two second through holes is inserted into both rails and connected to each other;

The first and second through-holes are inserted through and the lower parts are connected to each other, and the connecting joints having the fixing ring mounting holes are inserted and fixed from the lower part to the upper part so that the split upper ends are connected by the fixing ring. Characterized in that the horizontal frame is configured to be connected by a ring or wire.

As described above, the present invention slides along rails connected to a plurality of struts installed at regular intervals rather than wires, so that the user can glide along various paths desired by the facility. There is an effect that can feel while gliding through the glide and speed sense.

In addition, after the user arrives at the destination, the sliding device is easily separated from the rail and can be assembled and used again at the starting point so that the user is not limited to the circulation section.

1 is a state diagram used in accordance with an embodiment of the present invention
2 is a perspective view showing a rail and a sliding device according to an embodiment of the present invention
3 is a cross-sectional view according to an embodiment of the present invention.
Figure 4 is an exploded perspective view of the sliding device according to an embodiment of the present invention
5 is a perspective view showing a state before the sliding device is coupled to the rail according to an embodiment of the present invention
Figure 6 is a cross-sectional view showing a state before the sliding device is coupled to the rail according to an embodiment of the present invention
7 is a perspective view showing a rail and a sliding device according to another embodiment of the present invention
8 is a perspective view showing a state before the sliding device is coupled to the rail according to another embodiment of the present invention
9 is an exploded perspective view showing a rail according to another embodiment of the present invention.

Accordingly, the configuration of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily understand and reproduce.

1 is a view showing a state of use according to an embodiment of the present invention, Figure 2 is a perspective view showing a rail and a sliding device according to an embodiment of the present invention, Figure 3 is a cross-sectional view according to an embodiment of the present invention, Figure 4 is an exploded perspective view of the sliding device according to an embodiment of the present invention, Figure 5 is a perspective view showing a state before the sliding device according to an embodiment of the present invention coupled to the rail, Figure 6 is an embodiment of the present invention A cross-sectional view showing a state before the sliding device is coupled to the rail according to the example, a plurality of struts (1) vertically spaced at a predetermined interval, the rail (2) extending continuously by connecting the struts (1), and 10. A sliding down-sports device, comprising: a sliding device (3) mounted on a rail (2) and suspended by a person or an object under the rail;

The upper part of the support (1) is provided with a horizontal frame 11 extending to one side or both sides, the rail (2) is free space at both ends of the horizontal frame (11) and the upper surface of the rail (2) Combined with the center of the upper surface;

The sliding device 3 includes three first driving rollers 311 which rotate in close contact with the upper and lower one sides and adjacent sides of the rail 2, and consists of a single metal piece, and includes a first driving roller located at an upper portion thereof. Wraps both sides and the upper surface of the 311 and extends to the lower side to surround the top, bottom and one side of the first driving roller 311 on the side and bend downward to surround both sides and the bottom of the lower first driving roller 311. The first bracket 31 is bent and the second drive roller 321 is formed on the other side symmetrical with one side of the rail (2) on which the first drive roller 311 and the first bracket 31 is mounted; The second bracket 32 and the first bending piece that is one side is mounted in front of the lower end of the first bracket 31 and vertically bent downward, and then horizontally bent horizontally downward to the center and the vertical bottom of the rail 2 again. 33) and one side is mounted at the rear of the lower end of the second bracket 32 The second bent piece 34 which is horizontally bent to the center of the bottom of the rail 2 and vertically lowered again after being vertically bent to the upper end, and the upper end is fixed to the lower end of the first bent piece 33, and the upper part is penetrated back and forth. A first fixing rod 35 formed with a first hinge hole 351 and a first fixing groove 352 formed along an outer diameter at a middle portion of the first hinge hole 351, and a first binding hole 353 penetrated back and forth at the lower end; The upper end is fixed to the lower end of the bending piece 34, the second hinge hole 361 penetrated back and forth in the upper portion and the second fixing groove 362 formed along the outer diameter in the middle and the second binding hole penetrated before and after the lower end ( A second fixing rod 36 having a 363 formed therein, a hinge rod 37 inserted into the first to second hinge holes 351 and 361, and a rear hinge adjacent to the second fixing groove 362. After the connection by the (381) wraps around the first to second fixing grooves (352, 362) while interlocking with each other in front of the first fixing groove 352 fixed tongs-shaped gaping room Glide (3) consisting of a clamp (38) and;

The first and second binding holes (353, 363) and the downhill sports device characterized in that it comprises a vehicle (4) comprising a binding ring 41 connected to the occupant (5) together Indicated.

First of all, the rail is usually made of a hollow square pipe, and is connected to the horizontal frame 11 of the support 1 so that it can slide in a continuity manner. Longitudinal continuity was applied to both sides, bottom and bottom to glide using it.

At this time, the first to second brackets 31 and 32 are hinge rods 37 formed on the first to second fixing rods 35 in order to finish the sliding and to easily separate the sliding device 3. The first and second fixing rods 35 to prevent the first and second fixing rods 35 from being mutually opened by fixing the binding ring 41 to the first to second binding holes 353 and 363. It can be.

In addition, another means for preventing the first to second fixing rods 35 from being mutually secured while fixing the unfolding tongs 38 having a tong shape while wrapping the first to second fixing grooves 352 and 362. If you can, you will be able to counter the forces that are going to be more effective, so you can safely enjoy downhill sports.

In addition, the first to second brackets 31 and 32 are provided with first to second shaft pins 312 and 322 for rotating the first to second driving rollers 311 and 321, respectively. Where the first to second drive rollers 311 and 321 are in close contact with the rails 2 in order to prevent the first and second drive rollers 311 and 321 from being separated from the rails 2 when they are damaged. It is preferable to place the first to second release preventing pins (313, 323) on both sides spaced apart slightly.

Due to this configuration, the present application sets a path for gliding while watching the scenery of various places of the mountain when the rail 2 implements a curve rather than a straight line. It is possible to make a distinctive distinction from the existing simple zip line because it is possible to have various configurations such as the horizontal part to descend at one speed, the section to decelerate by forming some uphill, and the thrill to the occupant by the sharp curve. I can have it.

7 is a perspective view showing a rail and a sliding device according to another embodiment of the present invention, Figure 8 is a perspective view showing a state before the sliding device according to another embodiment of the present invention coupled to the rail, the first to the first 2, the fixing rods 35 and 36 respectively have first to second hinge holes 351 and 361 penetrated back and forth in the upper portion, first to second fixing holes 354 and 364 penetrated back and forth in the middle of suspension and the front and rear of the lower end. First through second binding holes 353 and 363 therethrough;

One side end has provided an embodiment characterized in that the fixing pin (39) having a handle (391) is configured to be inserted and fixed to the first to second fixing holes (354, 364).

The embodiment is a simpler and more robust configuration than the gap preventing clamp 38. When the fixing pin 39 is inserted into the first to second fixing holes 354 and 364, the first to second portions are fixed. The fixing rods 35 and 36 may more effectively prevent the first to second fixing rods 35 and 36 from being opened by the fixing pins 39 and the hinge rods 37 spaced apart from each other.

9 is an exploded perspective view showing a rail according to another embodiment of the present invention, the connection of the rail (2) and the horizontal frame (11) has two square pipe-shaped rail (2) is formed in close contact there is a close contact A first through hole 21 vertically penetrated adjacent to the portion, and further having an outer surface corresponding to the inner end surface of the provided rail 2 and having a second second through hole 22. Blocks 23 are inserted into both rails 2 and interconnected;

The connection joint 26 in which the fixing ring mounting hole 25 is formed to insert the first and second through holes 21 and 22 and the lower parts thereof are connected to each other, and the upper ends of the split ends are connected by the fixing ring 24. ) Is inserted into and fixed from the bottom to the top, and the embodiment is characterized in that the fixing ring 24 and the horizontal frame 11 is configured to be connected by a ring or a wire.

The above embodiment provides an effective countermeasure against the vibrations acting on the rails 2 and the impacts and loads generated when the sliding device 3 passes, the loads of the rails 2 and the corrosion of the welded portions. It is formed to do.

In the case of the rail (2) can not be made indefinitely long, it is natural to form a connecting portion and the connecting portion is connected by the square block 23 and the connection joint 26 and fixed by the fixing ring 24.

In this case, after the other ring 27 is connected to the fixing ring 24, the ring 27 is connected to one or more rings such as a wire or necklace extending from one end of the horizontal frame 11. When configured to connect with the end can be effectively connected without a welding site, the assembly of the wire or ring can be a way to effectively dampen the impact that can occur in a configuration that can move a little flow.

1: prop
11: horizontal frame
2: rail
21: first through hole 22: second through hole
23: square block 24: retaining ring
25: fixing ring mounting hole 26: connection joint
27 ring
3: glide
31: first bracket
311: first driving roller 312: first shaft pin
313: first release prevention pin
32: second bracket
321: second driving roller 322: second shaft pin
323: second release prevention pin
33: the first bending piece
34: 2nd bending piece
35: first fixing rod
351: first hinge hole 352: first fixing groove
353: first binding hole 354: first fixing hole
36: second fixing rod
361: second hinge hole 362: second fixing groove
363: second binding hole 364: second fixing hole
37: hinge rod
38: spreading tongs
381 hinge
39: fixed pin
391 knob
4: vehicle
41: Binding Ring
5: occupant

Claims (3)

A plurality of struts 1 vertically spaced apart from each other, a rail 2 continuously extending by connecting the struts 1, and mounted on the rails 2 and slid by a person or an object A downhill sporting device comprising a sliding device 3;
The upper part of the support (1) is provided with a horizontal frame 11 extending to one side or both sides, the rail (2) is free space at both ends of the horizontal frame (11) and the upper surface of the rail (2) Combined with the center of the upper surface;
The sliding device 3 includes three first driving rollers 311 which rotate in close contact with the upper and lower one sides and adjacent sides of the rail 2, and consists of a single metal piece, and includes a first driving roller located at an upper portion thereof. Wraps both sides and the upper surface of the 311 and extends to the lower side to surround the top, bottom and one side of the first driving roller 311 on the side and bend downward to surround both sides and the bottom of the lower first driving roller 311. The first bracket 31 is bent and the second drive roller 321 is formed on the other side symmetrical with one side of the rail (2) on which the first drive roller 311 and the first bracket 31 is mounted; The second bracket 32 and the first bending piece that is one side is mounted in front of the lower end of the first bracket 31 and vertically bent downward, and then horizontally bent horizontally downward to the center and the vertical bottom of the rail 2 again. 33) and one side is mounted at the rear of the lower end of the second bracket 32 The second bent piece 34 which is horizontally bent to the center of the bottom of the rail 2 and vertically lowered again after being vertically bent to the upper end, and the upper end is fixed to the lower end of the first bent piece 33, and the upper part is penetrated back and forth. A first fixing rod 35 formed with a first hinge hole 351 and a first fixing groove 352 formed along an outer diameter at a middle portion of the first hinge hole 351, and a first binding hole 353 penetrated back and forth at the lower end; The upper end is fixed to the lower end of the bending piece 34, the second hinge hole 361 penetrated back and forth in the upper portion and the second fixing groove 362 formed along the outer diameter in the middle and the second binding hole penetrated before and after the lower end ( A second fixing rod 36 having a 363 formed therein, a hinge rod 37 inserted into the first to second hinge holes 351 and 361, and a rear hinge adjacent to the second fixing groove 362. After the connection by the (381) wraps around the first to second fixing grooves (352, 362) while interlocking with each other in front of the first fixing groove 352 fixed tongs-shaped gaping room Glide (3) consisting of a clamp (38) and;
The first and second binding holes (353, 363), the downhill sports device characterized in that consisting of a vehicle (4) comprising a binding ring 41 is connected to the occupant (5).
According to claim 1, wherein the first to second fixing rods (35, 36), respectively, the first to second hinge holes (351, 361) penetrated back and forth in the upper portion and the first to second fixing penetrating back and forth in the middle Holes 354 and 364 and first to second binding holes 353 and 363 penetrated before and after the lower end thereof;
One end of the sliding tracks device characterized in that the fixing pin (39) having a handle (391) is configured to be inserted into the first to second fixing holes (354, 364).
According to claim 1 or 2, wherein the rail (2) and the horizontal frame (11) is connected to the connection between the two rectangular pipe-shaped rail (2) is formed in the vertically adjacent to the close contact portion The square block 23 having the first through hole 21 and having an outer surface corresponding to the inner end surface of the rail 2 further provided with two second through holes 22 is provided on both side rails ( 2) inserted into and interconnected;
The connection joint 26 in which the fixing ring mounting hole 25 is formed to insert the first and second through holes 21 and 22 and the lower parts thereof are connected to each other, and the upper ends of the split ends are connected by the fixing ring 24. ) Is inserted into and fixed from the bottom to the top, the sliding tracks device, characterized in that configured between the ring (24) and the horizontal frame (11) is connected by a ring or wire.

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